A systematic review by King’s College London has found some evidence that chewing sugar-free gum could help to reduce the further development of dental caries (cavities) in adults and children.
Published today in the Journal of Dental Research: Clinical & Translational Research, the review found some evidence that chewing sugar-free gum can reduce the advancement of dental caries, and could be used as a viable preventative agent, in comparison to non-chewing control methods such as oral health education and supervising toothbrushing programmes alone.
It included analysis of studies published over the last 50 years, identifying 12 which explored the impact and intervention outcome of chewing sugar-free gum on oral health conditions, and in particular, dental caries on adults and children. Sugar-free gum was found to reduce caries increment, giving it a preventative factor of 28%.
There is a considerable degree of variability in the effect from the published data and the trials included were generally of moderate quality. However, we felt there was a definite need to update and refresh existing knowledge about sugar-free gum and its effect on dental caries and oral health. We are planning further research to determine the acceptability and feasibility of using this method in public health– Professor Avijit Banerjee, Professor of Cariology & Operative Dentistry at King’s College London
In recent years, chewing sugar-free gum has emerged as a possible supplement to existing prevention strategies in stopping the development of dental caries.
“Both the stimulation of saliva which can act as a natural barrier to protect teeth, and the mechanical plaque control that results from the act of chewing, can contribute to the prevention of dental caries. Sugar-free gum can also act as a carrier for antibacterial ingredients including xylitol and sorbitol.
“No recent conclusive evidence existed prior to this review that showed the relationship between slowing the development of caries and chewing sugar-free gum,” added Professor Banerjee.
This investigator-led research was supported by a grant from Mars Wrigley and the Wrigley Oral Healthcare program.
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